2baae0a182c2d83cff4f6a2830ffdb3b077e0676,skyalignments.py,,,#,251

Before Change

                                            observer.lat / ephem.degree,
                                            observer.lon / ephem.degree,
                                            observer.elevation)
    print(observer)
    print()

    alignments = find_alignments(observer, waypoints, allpoints=args.allpoints)
    if alignments:

After Change

    else:
        observer_point = None

    if args.year:
        year = args.year
    else:
        year = datetime.now().year


    waypoints = []
    for filename in args.waypointfiles:
        if filename.lower().endswith("gpx"):
            obs, wp = read_waypoint_file_GPX(filename)
        elif filename.lower().endswith("csv"):
            obs, wp = read_waypoint_file_CSV(filename)
        else:
            print("Unknown file type %s: skipping" % filename)
            continue
        if wp:
            waypoints += wp
        else:
            print("No waypoints in", filename)
        if obs:
            observer_point = obs

    if not waypoints:
        parser.print_help()
        sys.exit(1)

    if not observer_point:
        print("Using first waypoint for observer:", waypoints[0])
        observer_point = waypoints[0]
        if not args.allpoints:
            waypoints = waypoints[1:]

    observer = ephem.Observer()
    // Observer will take degrees as a string, but if you pass it floats
    // it expects radians, though that"s undocumented.
    observer.lat = observer_point[1] * ephem.degree
    observer.lon = observer_point[2] * ephem.degree
    if len(observer_point) > 3:
        observer.elevation = observer_point[3]
    else:
        observer.elevation = 500.0  // meters
    if args.observername:
        observer.name = args.observername
    else:
        observer.name = "%s %f, %f, %dm" % (observer_point[0],
                                            observer.lat / ephem.degree,
                                            observer.lon / ephem.degree,
                                            observer.elevation)
    // print(observer)

    alignments = find_alignments(observer, waypoints,
                                 year=year, allpoints=args.allpoints)
    if alignments:
        // pprint(alignments)
        cur_observer = None
        for a in alignments:
            if a["observer"] != cur_observer:
                cur_observer = a["observer"]
                print("\nFrom %s:" % cur_observer)

            print("%s, %s at %s (az %d +/- %.2f)"
                  % ( a["event"], a["target"],
                      a["time"],
                      a["azimuth"], a["slop"]))
        // save_alignments_as_GPX(alignments)

    else:

Instances